Fixed 300MHz~6000MHz UAV signal omnidirectional detection system

This omnidirectional drone signal detection system features a one-click blacklist/whitelist function, enabling convenient and quick management and control of drone signals. Users can easily label different drone signals as "blacklisted" or "whitelisted" through the device's interface, and update the list in real time as needed. The blacklist function blocks known illegal or unwanted drone signals, protecting user safety and privacy; while the whitelist function helps the system identify and allow legitimate drones to fly normally, avoiding misjudgments. This function provides significant convenience and security in drone monitoring and control.

This omnidirectional signal detection system covers a wide frequency band from 300MHz to 6000MHz, supporting the detection of various types of drone signals. The system supports real-time monitoring and analysis of the drone's flight control link (including remote control command signals) and image transmission link (including video transmission signals). With broad frequency band coverage, it can effectively detect various types of drones commonly found on the market, from small consumer drones to large professional drones, providing rapid response and accurate detection results.

This detection system features precise positioning capabilities, accurately locating drones within an error range of ≤10 meters. The system utilizes various advanced positioning technologies (such as GNSS positioning and signal triangulation) to achieve real-time tracking of drones in flight, ensuring timely detection of every drone entering the monitoring range. Precise positioning is crucial for preventing drone intrusion into sensitive areas and maintaining airspace security, especially in large-scale airspace monitoring, enabling relevant departments to take swift and effective measures to address potential threats.

This detection system also features flight control link and image transmission link identification and classification capabilities. It can identify the drone's flight control signals and image transmission signals and perform different classification processing. The flight control link is typically used to control the drone's attitude and flight trajectory, while the image transmission link is used to transmit video signals captured by the drone in real time. By identifying and analyzing these two types of links separately, the system can more accurately assess the flight status and potential risks of drones, achieving comprehensive monitoring and judgment of drone behavior.